TETRA - SCADA and Telemetry Solutions

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Transcript TETRA - SCADA and Telemetry Solutions

TETRA Data Applications
for Gas and Oil
Dubai, September 2013
Funk-Electronic Piciorgros GmbH
Michael D. Piciorgros (CEO)
Why
and not ….
P25
DMR
WiMAX
WiFi
GSM, Edge, 2G, 3G, (4G)
Other digital Wireless Systems
Piciorgros GmbH * Germany
… because ?
Try to compare all technical and commercial
aspects of the following presentation with the
optional technologies and the decision will be
easy!
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Requirements for
Gas and Oil
Applications
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Typical Requirements for Gas and Oil
 Remote measurement of physical values at the Wellheads:
Temperature
Pressure
Flow Rate
Alarms
 Measurement for Cathodic Corrosion Protection (CP):
Voltage
Current
Alarms
 Siren Alarming at Plants
Action in Control Direction (from Control Room)
 Leak Detection (and other) Alarms
Action in Alarm Direction (to Control Room)
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SCADA Requirements
 Different PLC (RTU) Vendors:
Siemens
Emerson
General Electric
Schneider Electric
 Different Protocols that are used for different Oil Fields:
DNP3, Modbus RTU, Modbus ASCII
Sinaut, IEC 60870-5-101
Modbus ASCII
ROC, BSAP, ... and more
 Number of PLC (RTU) per Application
Can differ from 2-3 up to several hundred per Oil Field
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CP (Cathodic Protection) Requirements
 Low Polling speed:
Polling can be one per hour or even less
 Direct Access of Voltage and Current from Gas or Oil Pipeline:
Low data volume and low data speed application
Embedded I/O Requirement from TETRA device
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Additional Requirements:
 Secured Communication:
Authentication
Encryption
 On Shore and Off Shore Applications (Oil Platforms)
 Parallel use of Voice and Data
 Wide Temperature operating range
 Mixed IP and non IP based Data Communication
 Over The Air (OTA) Software Upgrade
 Remote Configuration Access to Outstations via WEB Browser
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How many Gas and Oil sites can be polled with TETRA?
Typically a complete polling cycle for Gas and Oil Application should not
last more than 5 minutes.
Assuming that a polling cycle with the Modbus RTU or DNP3 protocol
over TETRA with SDS lasts one Second, 60 sites could be polled per
one minute and 5 * 60 sites = 300 sites in 5 minutes on one (of the
four) TETRA time slots
When using a TETRA Data Gateway like the TGW-100, multiple polling
nodes can use the same TETRA time slot in parallel without reducing
the polling rate. And in case that 4 polling nodes will be used, the total
number of sites that can be polled in 5 minutes will be:
Number of Polling Cycles in 5 minutes = 300 * 4 = 1200
Remark:
The 1200 pollings use only one of the four TETRA time slots. Using all
time slots would result in 1200 * 4 = 5000 poll cycles within 5 Minutes!
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TETRA Modem Design
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TETRA Modem for DIN Rail mounting
with two serial Ports, one Ethernet
Port and an Audio (voice) Port
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TETRA Modem
as before with additional
embedded analog and digital I/O
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TETRA Data Network Structure
Radio-to-Radio Communication
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SCADA using SDS based Radio-to-Radio Communication
SCADA Control
Room
Serial
Interface
SDS
Public Lighting
TMO-100
Serial
Communication
SDS
SDS
TMO-100
I/O
Command and
Control Device
TMO-100
SDS
Serial
Interface
Tetra Switch
TMO-100
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PLC / RTU
TETRA Data Network Structures
using a Data Gateway for SDS and
Packet Data (IP)
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Highly Redundant TETRA Packet Data and SDS
Gateway for SCADA Critical Operation
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Highly Redundant TETRA Packet Data Gateway
for SCADA Critical Operation
Supported Protocols:
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MODBUS-RTU
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IEC60870-5-101
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DNP3
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ROC
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BSAP
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PakBus
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Siemens SINAUT
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any customer specific or proprietary protocols
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Redundant TETRA Packet Data Gateway
for SCADA Critical Operation
Features:
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COM Port:
RS-232 or RS-485/422
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AUX Port:
RS-232 or RS-485
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Ethernet Port:
One (TGW-100) or two (TGW-100R)
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Ethernet interface:
RJ-45, 10/100 MBPS
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Power Supply:
Dual Power Supplies – hot swappable
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SCADA – using a TETRA SDS Gateway
SCADA Control
Room
TMO-100
I/O
… or Serial
Interface
SDS
Two Serial
Interfaces
SDS
TGW-100
SDS Gateway
TMO-100
Command and
Control Line
Device
IP Communication
SDS
Serial
Interface
Tetra Switch
TMO-100
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Analog and
Digital I/O
PLC / RTU
Performance Test with SDS-Gateway on ONE SCCH/MCCH:
Infrastructure: TETRA with one carrier
TETRA Data Link: One SCCH
Data Compression: OFF
Data nodes: One or more polling nodes, each polling 10 TMO-100
Protocol: Modbus RTU
Polling Target: Polling different numbers of bytes from inside the TMO100
SDS: 20 Bytes
One Node
Two Nodes
Three Nodes
Four Nodes
Eight Nodes
65
130
200
250
295
SDS: 100 Bytes
285
SDS: 200 Bytes
265
Table showing polls per minute
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Performance Test with SDS-Gateway on FOUR SCCH/MCCH:
Infrastructure: TETRA with one carrier
TETRA Data Link: MCCH plus three SCCH
Data Compression: OFF
Data nodes: One or more polling nodes, each polling 10 TMO-100
Protocol: Modbus RTU
Polling Target: Polling different numbers of bytes from inside the TMO100
SDS: 20 Bytes
One Node
Two Nodes
Three Nodes
Four Nodes
16 Nodes
(on each TS)
(on each TS)
(on each TS)
(on each TS)
(on each TS)
210
410
600
760
880
SDS: 100 Bytes
SDS: 200 Bytes
Table showing total polls (on all time slots) per minute (values rounded)
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SCADA – using a Packet Data Gateway
SCADA Control
Room
TMO-100
I/O
… or Serial
Interface
PD
Two Serial
Interfaces
PD
TGW-100
SDS Gateway
TMO-100
Command and
Control Line
Device, CP
Interface
IP Communication
PD
Serial
Interface
Tetra Switch
TMO-100
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Analog and
Digital I/O
PLC / RTU
SCADA – using direct IP Communication
SCADA Control
Room
IP
PD
TMO-100
PD
Direct IP
Communication to
TETRA SwMi
TMO-100
I/O
CP, Command
and Control
Line Device
PD
IP
Tetra Switch
TMO-100
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AMR, PLC or
RTU
TMO-100
TETRA Data Modem
Feature List
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Embedded Web-Browser
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Embedded IP and TETRA Router
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Embedded mySCAD Micro SCADA
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Embedded mySCAD Micro SCADA
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PLE - Powerful Java Graphic Editor
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No Cryptic Formulas for Logic design
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Powerful embedded Micro PLC
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TMO-100
TETRA Data Modem
Features
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TMO-100 - TETRA related Features
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SDS can be up to 255 bytes (2047 Bit) long. Type TL and TL 4
Packet Switched Data (IP) supported
Single and Multi Slot Packet Data supported
Secondary Control Channel supported
Automatic PPP Link set up to the TETRA Switch
Router Function with Port Forwarding and NAT
Up to 3 Watt RF Output Power
Authentication, Encryption
Voice feature even with active Packet Data Link
Build in Tetra Monitor (local and remote) via embedded Web Server
Field Strength Indicator on the Front Panel
Short Data or SDS can be sent as alarms (low field strength ...)
350 MHz, 380 MHz, 410 MHz 450 MHz and 800 MHz available
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TMO-100 – Protocol and I/O related Features
 All digital and analog I/O isolated
 Serial Port COM / AUX available as RS-232 or RS-485/(422)
 Level 1 Protocol: Timeout or 3964R
 Device Protocol to access internal Registers: Modbus RTU, Modbus IP,
IEC60870-5-101
 Serial Protocols supported:
Modbus RTU, DNP3, IEC 60870-5-101, PakBus, BSAP, ROC, … user
Defined …
 Ethernet 10/100 MBit IP-Port for Local Network
 UDP and TCP over TETRA supported
 E-Mail and TFTP supported
 Embedded Web Server as Configuration Tool
 Modbus/IP, IEC 60870-5-104, DNP3/IP, … others …
 Low Power Consumption: <3 Watt
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PicoLogo™ – User Application Interface
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Easy to use graphical user interface
Optimized for Tetra Infrastructure
Basic Logic Functions (and, or, exor, … )
Complex Logic Functions (delay on, delay off, flip flop, …)
Analog Functions (analog compare, … )
Timer and Clock Functions (time, date,
Dynamic Text Message generation for Alarms and Status
GPS Functions (position, … )
Modbus RTU Slave (set and read register, coil, … )
Modbus RTU Master (set and read register, coil, … )
E-Mail send (sending text and alarm messages by e-mail)
SNMP Trap (automated machine messaging)
… more …
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TMO-100 – Embedded Web Server
 Web Server to be used local or over TETRA as …
Configuration Tool for the Device, Protocols and IP Parameter,
Configuration Tool for TETRA Network Parameter,
Configuration for the Voice Option
TETRA Monitor
Device Monitor
Error Log
 Web Server can be accessed locally using the IP Port and remotely
over the TETRA Infrastructure
 Easy to be used with any Web Browser (Firefox, Internet Explorer, … )
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TMO-100 – Voice Option
 Standard 8 Pin Connector for Mic. Speaker handset
 One Group Number (GISSI) to be programmed
 Eight individual Numbers (ISSI) to be programmed
 ISSI and GISSI to be programmed locally or remotely using the
embedded Web Server
 Select ISSI / GISSI by Voice Handset
 Automatic PPP disconnect when pressing PTT
 Automatic PPP re connect after Voice timeout or reject
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Different SCADA Applications
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ME, Gas and Oil
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Open Pit Mining (Water Level Control)
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Turkey, Mining Application – TETRA DMO Mode
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Asia, Utility (Energy Companies) Pole Mounted Switches
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Waste Water Treatment Plant (Germany)
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Funk - Electronic Piciorgros GmbH
Claudiastr. 5
51145 Köln-Porz
Germany
Thank you very much for your interest in our Products
www.piciorgros.com
www.TetraModem.com
Piciorgros GmbH * Germany